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The femtosecond exciton dynamics of melt-pressed zinc phthalocyanine (ZnPC) films are studied in the temperature range of 90-400 K. In this range ZnPC goes through a transition from a crystalline solid to a liquid crystalline phase. For the entire temperature range, the excitons are shown to decay on the time scale of 10's of picoseconds, and these dynamics are nonlinear with respect to pump ...

We have carried out theoretical calculations of the diffusion of Ge into the subsurface layers of Si(100). The calculations are based on Density Functional Theory and Nudged Elastic Band method for finding minimum energy paths. The results agree well with XPD measurements made by Olmstead and coworkers, showing significant occupation of Ge in the fourth layer after growth at temperatures as ...

TiOX (X=Cl,Br) are recently characterized Spin-Peierls compounds. They are unusual due to the appearance of an intermediate incommensurate phase between the dimerized and the uniform ones. We show that the incommensurate phase is stabilized by a linear dependency of the phononic dispersion near the dimerized mode. A model based on antiferromagnetic chains with position dependent exchanges ...

Characterization of buried interfaces in advanced interconnect and packaging structures is a critical challenge as CMOS devices are scaled and as novel packaging concepts such as through-silicon vias are developed. It is important to be able to image chip-to-package attach bumps with high resolution as well as individual interconnect layers in a processed device.